F0793700
3
Seminar on Information and Communication Engineering3
This course aims to understand the communications engineering more deeply, and to improve the achievement level of knowledge
to the specialized subjects necessary for the communications engineering. To realize these aims, students are assigned to
the faculty members’ laboratories, and study to obtain deeper knowledge about each faculty member’s specialized field from
base to the application. This course also aims at the preparation for the graduation thesis. In addition, not only charge
faculty member's specialty but also the wide knowledge about communications engineering can be acquired.
- Acquire deeper knowledge and the skill about each laboratory and charge faculty member’s specialized field (from the base to the application).
- Acquire the wide knowledge about communication engineering.
- Acquire the necessary basic knowledge about the graduation research and thesis.
| Class schedule | HW assignments (Including preparation and review of the class.) | Amount of Time Required | |
|---|---|---|---|
| 1. | Introduction | Preview handouts | 90minutes |
| 2. | Prof. Eiji KAMIOKA: Mobile Multimedia Communications, Ubiquitous Computing Networks, Ambient Intelligence, Context-aware Computing, Communications Quality, User Satisfaction of Information and Communication Services, Information Systems using Biological Information. | Preview handouts | 90minutes |
| 3. | Assoc. Prof. Yuchi KANZAWA: Mathematics for fuzzy cluster analysis (mathematical formation of clustered data, mathematical methodology for fuzzy clustering, mathematical description of clustering application) | Preview handouts | 90minutes |
| 4. | Prof. Koichi GYODA: Emergency wireless communications network construction technologies, Ad hoc networking for remote controlled rescue robots, inter-vehicle communications, etc., Information and communication technologies required at the disasters. | Preview handouts | 90minutes |
| 5. | Prof. Shuji KUBOTA: Transmission technologies for wireless LAN, wireless broadband systems and short range wireless communication systems are introduced and explained. | Preview handouts | 90minutes |
| 6. | Assoc. Prof. Atsushi SAITO: Development of Sensor (especially chemical Sensors)，Sensor data processing, Sensor data fusion. | Preview handouts | 90minutes |
| 7. | Prof. Shinichi TANAKA: High frequency devices and circuits, Microwave circuit design using techniques using CAD technologies, Introduction to current topics in microwave passive and active components. | Preview handouts | 90minutes |
| 8. | Prof. Kazuhide HIROSE: Microwave engineering, Antenna engineering, Analysis methods for electromagnetic wave problems | Preview handouts | 90minutes |
| 9. | Assoc. Prof. Ryota HORIE: Brain computer interface, signal processing for analysis of electroencephalography signals | Preview handouts | 90minutes |
| 10. | Prof. Tsuneo HORIGUCHI: Optical fiber communications, Optical fiber sensing | Preview handouts | 90minutes |
| 11. | Assoc. Prof. Kenji MUTO: Sound signal processing, Active noise control. | Preview handouts | 90minutes |
| 12. | Assoc. Prof. Hiroaki MORINO: Worldwide Live P2P streaming(P2PTV), Inter-vehicle wireless communication for safety assist, Disaster communication using wireless ad hoc networks by smartphones, Mobile sensing and wireless community networks. | Preview handouts | 90minutes |
| 13. | Assist. Prof. Sumiko MIYATA:Resource allocation and admission control in networks, Media access control analysis for the optical network (EPON), Cooperative networks, Game theory, queuing theory and its applications in networks, and Security of wireless and communication networks. |
Preview handouts | 90minutes |
| 14. | Wrap up presentation | Preview handouts | 90minutes |
| Total. | - | - | 1260minutes |
| Evaluation | Total. | |
|---|---|---|
| 1. | 40% | 40% |
| 2. | 30% | 30% |
| 3. | 30% | 30% |
| Total. | 100% | - |
-Grade is judged by the contents of presentations and reports (50%), by the depth of understanding through the discussions
and Q&A (50%). Some faculty members may use another evaluation method and criteria.
-Passing standard is over 60%.
-The minimum score of 60% can be obtained if the student has reached the level to be able to solve 60% of the projects assigned by the lecturer.
-Passing standard is over 60%.
-The minimum score of 60% can be obtained if the student has reached the level to be able to solve 60% of the projects assigned by the lecturer.
- Course that cultivates an ability for utilizing knowledge
- Course that cultivates a basic interpersonal skills
- Course that cultivates a basic problem-solving skills
| Work experience | Work experience and relevance to the course content if applicatable |
|---|---|
| N/A | N/A |
Last modified : Tue Apr 30 04:04:22 JST 2019